Scanning of hadron cross-section at DAFNE by analysis of initial-state radiative events
M.I.Konchatnij, N.P.Merenkov (National Science Centre "Kharkov, Institute of Physics, Technology")
TL;DR
This paper calculates the hadron production cross-section at DAFNE, incorporating first-order radiative corrections and realistic detector constraints, to improve the precision of experimental measurements.
Contribution
It provides a detailed analytical calculation of the initial-state radiative cross-section at DAFNE, including realistic detector acceptance and energy cuts, with full first-order corrections.
Findings
Calculated the cross-section with radiative corrections
Accounted for detector angular acceptance and energy cuts
Enhanced accuracy of hadron cross-section measurements
Abstract
The initial-state radiative events in electron-positron annihilation into hadrons at DAFNE have been considered. The coresponding cross-section with the full first order radiative correction has been calculated. The analytical calculations take into account the realistic angular acceptance and energy cut of DAFNE photon detector.
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